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Electrical engineering professor vs critical systems technician

The differences between electrical engineering professors and critical systems technicians can be seen in a few details. Each job has different responsibilities and duties. It typically takes 8-10 years to become both an electrical engineering professor and a critical systems technician. Additionally, an electrical engineering professor has an average salary of $88,218, which is higher than the $48,376 average annual salary of a critical systems technician.

The top three skills for an electrical engineering professor include engineering technology, electronic circuits and electrical engineering courses. The most important skills for a critical systems technician are HVAC, plumbing, and electrical equipment.

Electrical engineering professor vs critical systems technician overview

Electrical Engineering ProfessorCritical Systems Technician
Yearly salary$88,218$48,376
Hourly rate$42.41$23.26
Growth rate--
Number of jobs90,12069,048
Job satisfaction--
Most common degreeBachelor's Degree, 57%Associate Degree, 34%
Average age5050
Years of experience1010

Electrical engineering professor vs critical systems technician salary

Electrical engineering professors and critical systems technicians have different pay scales, as shown below.

Electrical Engineering ProfessorCritical Systems Technician
Average salary$88,218$48,376
Salary rangeBetween $61,000 And $127,000Between $32,000 And $72,000
Highest paying City--
Highest paying state--
Best paying company--
Best paying industry--

Differences between electrical engineering professor and critical systems technician education

There are a few differences between an electrical engineering professor and a critical systems technician in terms of educational background:

Electrical Engineering ProfessorCritical Systems Technician
Most common degreeBachelor's Degree, 57%Associate Degree, 34%
Most common majorElectrical EngineeringBusiness
Most common collegeNortheastern UniversityUniversity of Pennsylvania

Electrical engineering professor vs critical systems technician demographics

Here are the differences between electrical engineering professors' and critical systems technicians' demographics:

Electrical Engineering ProfessorCritical Systems Technician
Average age5050
Gender ratioMale, 86.6% Female, 13.4%Male, 89.3% Female, 10.7%
Race ratioBlack or African American, 6.3% Unknown, 4.3% Hispanic or Latino, 10.4% Asian, 8.0% White, 70.8% American Indian and Alaska Native, 0.1%Black or African American, 6.3% Unknown, 4.3% Hispanic or Latino, 10.4% Asian, 8.0% White, 70.8% American Indian and Alaska Native, 0.1%
LGBT Percentage8%8%

Differences between electrical engineering professor and critical systems technician duties and responsibilities

Electrical engineering professor example responsibilities.

  • Manage the PowerPoint presentation for students.
  • Develop control ladder logic software and HMI user interface applications.
  • Automate the aforementioned testing procedure using LabVIEW virtual interface to insure accurate test as to reduce human error.
  • Develop improvements to GPS software and controls software currently used in locomotive simulator environment using the LabVIEW graphical programming language.
  • Conduct a research on low dark current CMOS pixel technology.
  • Provide consulting support to startup companies for designing CMOS image sensors.
  • Show more

Critical systems technician example responsibilities.

  • Manage installation of ducts for ventilation purposes.
  • Maintain facility operations via Siemens BMS and EPMS control systems.
  • Install and troubleshoot electronic systems.
  • Utilize the building management system to troubleshoot and operate say systems.
  • Comply with testing and documentation requirements of the government specifications compare in addition to typical leer commissioning standards.
  • Complete full installation and I/O testing at plant locations.

Electrical engineering professor vs critical systems technician skills

Common electrical engineering professor skills
  • Engineering Technology, 38%
  • Electronic Circuits, 12%
  • Electrical Engineering Courses, 9%
  • Undergraduate Courses, 9%
  • Control Systems, 7%
  • RF, 6%
Common critical systems technician skills
  • HVAC, 30%
  • Plumbing, 28%
  • Electrical Equipment, 27%
  • BMS, 3%
  • Cooling Towers, 2%
  • Water Towers, 1%

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